RFMA 2017 March 5 7, 2017

Transcription

1 Cost Effective Enterprise Energy Management for Restaurants Presented by Michael McMahon Things You Need to Know The Food Service Industry spends $10B annually on Energy Up to 80% of that is wasted Restaurants use 2.5x more energy than commercial buildings By Implementing an Energy Management System, you can reduce your energy costs, directly affecting your bottom line Energy Usage in Restaurants 1

2 Top Three Reasons for Enterprise Energy Management (EEM)? Reduce Energy Cost (Reduction of kwh) Connect and Control Your Most Important Assets = Money Workflow = Savings without additional headcount Building Your EEMS Building Automation Systems (BAS) Alarming & Workflow Process Data Analysis BAS Systems Building Automation Systems include 3 main parts: 1. Control Modules Central Processing Unit (CPU) 2. Software Portal for users to access 3. Sensors Wired and Wireless sensors These 3 parts help to manage and monitor HVAC consumption, lighting, plug loads, etc. 2

3 JV1 JV5 What are the BAS Requirements to look for? 1. Open Protocol 2. Shared Data Platform 3. Two Way Communication (Read & Write) 4. Alarm Parameters 5. IP Enabled Now we need to FOCUS ON WORKFLOW Without Workflow Process Most workflows fail here! NOISE!!!! What do we do with the alarms/events coming through the system? We need to turn the information given into actionable data! 3

4 Slide 7 JV1 JV5 Possibly move "Who will be managing alarms" to "What are we monitoring" and let everything move down. Jessica Varga, 12/22/2016 Do we need this page? Jessica Varga, 1/30/2017

5 Lack of Workflow Results In NOISE!!!! 1. Lack of Resources 2. Break in Integration 3. Competing Interest 1. How do you solve? FOCUS ON WORKFLOW If you don t have a BAS Workflow The data sets you typically use today: How old your system is How many times you ve rolled a truck How much money you have spent on equipment Call from Location Dispatch Workflow Examples: Current Workflow Automated Workflow Future Workflow Call Received Technician receives call Technician logs into front end Technician verifies issue Action Taken! Alarm Received *H/C/ComLoss* (w/ Software) *skip this step* *skip these steps* Verification Value: One View Standardized Increase Efficiency Less Step More Time Tech Diagnosis Predictive Machine Learning 4

6 Proven Results for One Customer with a Streamline Workflow over the Course of Year Without Automation (avg.) With Automation (avg.) 14% 58% = 44% Alarm Accuracy Alarm Accuracy EFFICIENCY GAIN Demand Management Electric Bills are comprised of two components: energy consumption and demand charges. Energy consumption is the total amount of electricity used, which is measured in kwh. The other half of the electric bill, demand charges, are measured by kw (kilowatt kw ). How do you know when to execute demand management strategies? When your Utility company is charging for Peak Demand What actions can you take to reduce Peak Load? Understand the time of day that Peak Charges Occur Cycle HVAC Unit & Kitchen Equipment Precool the Restaurant Implement Technologies that can help implement the DM strategy Data Analysis Collecting and Standardizing Data: 1. Real Time Energy Asset Trending 2. Utility Billing 3. Maintenance Cost (Work Order System) 4. Optimization Data (Meals Served or Square feet) 5. Weather Then, You are able to: Run all types of Data Analytics Optimize Energy Efficiency Identify Outliers Create ROI s Pull Third Party Data Sources to compare Preventative Maintenance & Capital Budgeting 5

7 Integration of Data Sets Drives the ROI Why invest in a program like this? 1. Integration of all Energy Cost 2. Knowing what is Driving the Cost Inside the Building 3. Real Time Control of your Cost 4. Visibility to Actions Taken Outside of Policy 5. Control & Command the System 6. Monitor & Maintenance of the System Any Questions? Thank You! 6